Why re-reading feels like revision but is not
Re-reading feels productive because the page looks familiar. Familiar is not the same as remembered, and the exam gives you a blank answer space, not your notes.
Testing yourself usually beats re-reading, because pulling an answer out of memory is the thing the exam asks you to do.
The routine for each topic
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Read the topic once, slowly
One pass through the notes is enough. Do not highlight, because that keeps you passive.
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Close the notes and write what you remember
Give it five minutes on a blank page: terms, processes, labelled diagrams.
Tip. It will be patchy. That is the point. -
Check against the notes and mark the gaps
Use a different colour for everything you missed or got wrong. The gaps are your real revision list.
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Turn each gap into a question
“What is the difference between diffusion and osmosis?” is a better prompt than a copied paragraph.
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Test yourself with the recall checklist
Cover the answers and say or write each item, then use the key terms page for definitions.
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Answer exam questions on that topic
Mark them against the mark scheme and look at the exact words it rewards.
Tip. Biology marking is often about using the right term. -
Come back to it
Repeat the blank-page test after a day, a week and a month. Each pass should take less time than the last.
Glide tools for this routine
A sample week for one topic
Here is the routine spread over a week for a single topic, such as enzymes. Move the days to fit the time you have.
That is about two hours for one topic. The last row is the one most people skip, and it is where the topic starts to stick.
Without looking anything up, write down how diffusion, osmosis and active transport differ.
Check what you wrote
Osmosis: the net movement of water molecules from a region of higher water potential to a region of lower water potential, through a partially permeable membrane. (Water potential is Extended wording.)
Active transport: the movement of particles through a cell membrane from a region of lower concentration to a region of higher concentration, against a concentration gradient, using energy from respiration.
Missed a word? That gap goes on your list for step 3.